To set up and use this Arduino Bluetooth Car project, follow these general steps: Assemble the physical components of the car, including the Arduino board, motors, chassis, wheels, Bluetooth module, ...

Figure 1: Arduino 101* with rotary angle sensor. Central and Peripheral Devices. Bluetooth® LE supports two major roles for networked devices: central and peripheral. Central: A Bluetooth ...

Finnish startup Ruuvi Innovations has successfully crowdfunded the first fully open-sourced Bluetooth Smart (Bluetooth 5 ready) sensor beacon. The device, RuuviTag, is claimed to be the only sensor ...

The Arduino gets the fuel consumption readings from a Microstream OF05ZAT fuel flow sensor. The Arduino processes the data and then transmits it to a smart phone via a Bluetooth module.

Two years ago, a mini mash-up was created in the form of UDOO, which brought together Raspberry Pi and Arduino into one. Now the company behind UDOO is back with a plan to build a more powerful ...

Arduino - Controls the car's movements based on received Bluetooth commands. L298N Motor Driver - Powers and controls the car's motors. Ultrasonic Sensor HC-SR04 - Measures distance to obstacles and ...

Finnish startup Ruuvi Innovations has successfully crowdfunded the first fully open-sourced Bluetooth Smart (Bluetooth 5 ready) sensor beacon. The device, RuuviTag, is claimed to be the only sensor ...